DBSPACE develops advanced electrified turbomachinery for space propulsion, offering a one-stop solution for hardware development and delivery. Their agile R&D framework, integrating additive manufacturing, accelerates the creation of simpler, reusable engines with improved operability and reduced costs.
Funding
Funding not disclosed
Founders
Product
Problem
Developing advanced turbomachinery for space propulsion presents significant challenges in achieving cost-effectiveness, flexibility, and reliability. Traditional hardware development cycles are often lengthy and expensive, hindering rapid iteration and deployment for launch vehicle and spacecraft manufacturers.
Solution
DBSPACE provides next-generation turbomachinery solutions for space propulsion, focusing on electrified e-pumps. The company offers an all-inclusive, one-stop solution for hardware development and delivery, streamlining the process for customers. DBSPACE's approach leverages an agile R&D framework that integrates additive manufacturing and advanced design processes to accelerate development timelines and reduce costs. This methodology results in simpler, highly reusable engines with improved operability and flexibility in mission design. The company's Hardware-as-a-Service (HaaS) business model aims to deliver enhanced value and increased reliability to the space propulsion market.
Target Audience
The primary customers are launch vehicle and spacecraft engine manufacturers seeking advanced turbomachinery solutions for their propulsion systems.
Features
- High-speed electrified turbomachinery for space liquid propulsion, setting a new industry standard.
- Integrated hardware development and delivery as a comprehensive, one-stop solution.
- Agile R&D framework incorporating additive manufacturing and advanced design processes for accelerated development.
- Hardware-as-a-Service (HaaS) business model for flexible customer engagement.
- Design focus on enhanced reusability, operability, and mission flexibility.
- Reduction in development and operational costs through optimized processes and technology.
- Increased reliability of propulsion systems.